FlySpark Quad-Band High-Power GNSS Spoofing Defense System | GPS, BDS, GLONASS & Galileo Fixed-Site Navigation Security Platform

A: It is a complete real working quad-band GNSS spoofing defense/security system designed for authorized navigation-security, counter-UAV, protected-site security and defense applications.

A: The listed price is ₹18,10,000 for the standard high-power ready system.

A: No. The final FlySpark product is a complete ready system. The module specifications describe the core GNSS spoofing module inside the system, but the supplied product includes antenna system, RF amplifier chain, power system, enclosure, cooling, cabling and integration support according to approved configuration.

A: The core system supports GPS L1CA, BDS B1I, GLONASS L1 and Galileo E1.

A: The module-level native output power is up to 10 dBm. The complete system output depends on the approved RF amplifier and antenna configuration.

A: Yes. The core module is compatible with 10W+ external RF amplifier integration.

A: The core module supports Ethernet control with TCP / UDP protocol.

A: Yes. PA Enable control is supported for amplifier-chain integration.

A: The core module requires 12V / 1.5A.

A: The core module size is 150mm × 98mm × 32mm.

A: The core module weight is under 600g.

A: Yes. The complete FlySpark system includes GNSS antenna hardware according to approved configuration.

A: Yes. The complete system includes the required power arrangement based on AC, DC, vehicle, battery, fixed-site or portable configuration.

A: Yes. It is positioned as a real working defense/security GNSS spoofing system, not a lab-only module. Final performance depends on the selected RF chain, antenna system, power design, enclosure and approved deployment configuration.

A: The source module reference states 20km+ coverage with a 10W power amplifier under field-tested conditions. Actual FlySpark system coverage depends on amplifier configuration, antenna design, site terrain, installation height, RF environment and legal authorization.

A: Defense use cases include counter-UAV navigation control, restricted-zone protection, military training range support, border security support, electronic-security integration and protected-site GNSS security.

A: Security use cases include critical infrastructure protection, prison drone-defense support, government facility protection, VIP event perimeter security, port security, industrial site protection and authorized anti-drone system integration.

A: Yes, under authorization. GNSS spoofing can be used as part of a layered counter-UAV security system where legally approved and technically configured for the site.

A: This model is a higher-power fixed-station style system with Ethernet TCP / UDP control and 10W+ PA compatibility, while the lower-price compact version is designed around a smaller portable integration module.

A: This model supports the key quad-band GNSS set: GPS L1CA, BDS B1I, GLONASS L1 and Galileo E1. The premium full-band model supports more GNSS frequency points across GPS, BDS, GLONASS, Galileo, QZSS and NAVIC / IRNSS.

A: This is a restricted product. It is intended for authorized defense, government, institutional, security or approved R&D users only.

A: No. Unauthorized GNSS spoofing in public areas is illegal and dangerous. Use must be limited to approved sites and legally controlled environments.

A: No. This product is positioned as a quad-band GNSS spoofing / navigation-security system, not a simple broadband GNSS jammer. It is designed to generate controlled GNSS spoofing signals as per approved configuration.

A: Yes. FlySpark / AnuShakti Infotech Pvt. Ltd. provides integration support for approved customers and authorized projects.

A: Buyer KYC, end-use certificate, government/department authorization, RF approval, site permission and compliance declaration may be required depending on customer type and deployment plan.

A: Warranty support is 1 Year for manufacturing defects under approved integration and normal operating conditions. Damage from unauthorized use, illegal operation, wrong power input, antenna mismatch, overheating, water ingress, physical damage or modification may not be covered.